CNC Turned Parts, Computer numerical control turning of parts is a product of mechanical processing, with the following characteristics:
Definition and Manufacturing Process: CNC Turned Parts are parts machined using a computer numerical control (CNC) lathe. This processing method mainly utilizes turning tools to perform turning on rotating workpieces, in order to achieve predetermined shapes and sizes. On the lathe, other tools such as drill bits, reamers, taps, dies, and knurling tools can also be used for further processing.
Materials and dimensions: CNC Turned Parts can be made of various materials, including steel, stainless steel, or special materials. These parts have a wide range of dimensions and can be complex turning parts with a length of over 200mm.
Application field: CNC Turned Parts are widely used in mechanical manufacturing and repair factories, mainly for processing shafts, discs, sleeves, and other workpieces with rotating surfaces. Their quality and accuracy are crucial for the performance and reliability of the final product.
Quality assurance: To ensure the excellent quality of CNC Turned Parts, manufacturers usually follow strict production standards and quality control processes. This includes using advanced measuring equipment to inspect parts and providing continuous quality training for employees.
CNC Turned Parts are high-quality and high-precision mechanical parts processed by computer numerical control lathes, widely used in various mechanical manufacturing and repair fields.
Machined joints are connecting components manufactured through machining processes and have wide applications in various engineering and manufacturing fields. Common types of machined joints include:
Screw joint: Connection is achieved by machining threads on the surface of a cylinder. For example, external and internal threaded joints can be used in conjunction for pipeline connections.
Flange joint: usually has a large connection surface and bolt holes, used to withstand large pressure and torque. Commonly seen in chemical pipelines and large mechanical equipment.
Pipe joints: such as sleeve type pipe joints, welded pipe joints, etc., used to connect various pipes.
Axis joint: used to connect different axes, transmit torque and motion.
The advantages of machining joints include:
High precision: able to meet strict size and tolerance requirements, ensuring the tightness and stability of connections.
High strength: By selecting appropriate materials and processing techniques, joints with high strength and durability can be manufactured.
Good sealing performance: Reliable sealing effect is achieved through precise processing and appropriate sealing structure design.